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  • GIDINGS&LEWIS M.1016.9279 Converter Module
  • GIDINGS&LEWIS M.1016.9279 Converter Module
  • GIDINGS&LEWIS M.1016.9279 Converter Module
GIDINGS&LEWIS M.1016.9279 Converter Module GIDINGS&LEWIS M.1016.9279 Converter Module GIDINGS&LEWIS M.1016.9279 Converter Module

GIDINGS&LEWIS M.1016.9279 Converter Module

GIDINGS&LEWIS M.1016.9279 Converter Module

Product Details Introduction

GIDINGS&LEWIS M.1016.9279 Converter Module

Product application areas

Numerical Control Machine Tool Signal Conversion

Used in CNC machine tool systems to convert different types of control signals or levels into standard signals that can be recognized by controllers or drive modules.

Servo and motion control system

In a multi axis servo system, converting analog signals or pulse signals ensures accurate and stable data transmission between the controller and the driver.

Industrial automation production line

Convert signals from sensors, actuators, and field devices into a unified standard for centralized control and data processing.

Robot control system

Support signal compatibility between different interfaces of industrial robots and robotic arms, achieving coordinated operation between control systems and various execution units.

Testing and experimental platform

Used for experimental or testing systems to convert multiple types of signals into a form that can be processed by the control system, improving testing efficiency and data reliability.

Process Control and Monitoring

In chemical, metallurgical, or energy process flows, converting on-site instrument signals into controller readable signals enables precise monitoring and closed-loop control.

Multi device integration scenario

In complex systems, achieving signal compatibility and data unification between different modules improves system integration and operational reliability.

Product Features

Multi type signal compatibility: supports the conversion of analog, digital, or pulse signals.

High precision conversion: Ensure that the signal maintains accuracy and stability during the conversion process.

Modular design: Standardized interfaces facilitate installation, expansion, and maintenance.

Fast response: Low signal conversion delay, meeting the requirements of high-speed control systems.

High reliability: Designed with industrial grade components, suitable for long-term high load operation.

Strong anti-interference ability: Built in signal isolation and anti electromagnetic interference design to ensure system stability.

Easy maintenance: supports quick replacement or module expansion, reducing downtime.

System compatibility: It can seamlessly integrate with Giddings&Lewis controllers, interface modules, and servo systems.

Product imag

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